S580 GNSS Receiver
Stonex
GNSS Positioning

S580 GNSS Receiver

GNSS Receiver for GIS & RTK Applications

S580 is a compact and lightweight GNSS receiver, with outstanding performance and centimeter accuracy. S580 tracks dual frequency signals and works with all satellite systems (GPS, GLONASS, BeiDou, Galileo and QZSS). Compared to traditional GIS products, the S580 is a high-precision, intelligent data acquisition receiver, that can be worn or attached to the pole, offering greater freedom of movement and flexibility. The S580 can communicate with an external device such as a tablet, smartphone or PC via Bluetooth and Wi-Fi. Using the internal web interface, or through the Cube-connector APP, the receiver can be configured and prepared to receive RTK differential corrections and ready to be connected to any survey or GIS software. The rubber protection cover, increase device protection, non-slip and no damage, the whole device protection class reaches IP67, and resists 1.2m drops on hard surfaces. The S580 was designed as an RTK rover receiver to receive differential corrections from the Network. However, thanks to the external Stonex SR02 radio, the receiver can also receive RTK corrections, from a base that transmits them via UHF radio modem, in the 410-470 MHz frequencies. The SR02 external radio receives corrections from the base station and transmits them to the S580 via Bluetooth. This feature allows the S580 receiver to receive (and transmit) RTK corrections and with this capability, the receiver can be used as base and/or as rover. This configuration is an excellent and complete low-cost solution.

Key Performance & Features

Advanced Capabilities

1

ANDROID SYSTEM

Android system on board

2

FULL CONSTELLATION

GPS, Glonass, BeiDou, Galileo, QZSS

3

HIGH PRECISION

High precision positioning, centimetric accuracy

4

WEB UI

Web interface for controlling and managing settings

5

DATA TRANSMISSION

Wi-fi, Bluetooth and external radio

6

RTK AND POST-PROCESSING

S580 can work in real time with RTK corrections and simultaneously record the raw data for post-processing

Technical Specifications

RECEIVER

Satellite signals tracked
GPS: L1C/A, L2CGLONASS: L1OF, L2OFBEIDOU: B1, B2GALILEO: E1, E5bQZSS: L1C/A, L2CSBAS: L1
Channels184
Position RateUp to 10 Hz
Signal Reacquisition< 2 sec
RTK InitializationTypically > 10 sec
Hot StartTypically < 15 sec
Initialization Reliability> 99.9 %

POSITIONING¹

Static Post Processing Horizontal< 2 cm + 1 ppm RMS
Static Post Processing Vertical< 3 cm + 1 ppm RMS
Code Differential Positioning Horizontal< 0.5 m RMS
Code Differential Positioning Vertical< 1.0 m RMS
Real Time Kinematic Fixed RTK Horizontal< 2 cm + 1 ppm RMS
Real Time Kinematic Fixed RTK Vertical< 3 cm + 1 ppm RMS

INTEGRATED GNSS ANTENNA

AntennaFull constellation GNSS antenna

HARDWARE

ProcessorSC20
RAM512 MB
Flash Memory8GB
Operating SystemAndroid

EXTERNAL RADIO (optional)

ModelSR02
TypeTx - Rx - Transceiver (2 watt)
Frequency Range410 - 470 MHz
Channel Spacing12.5 KHz / 25 KHz
Maximum Range3-4 Km in urban environment / Up to 10 Km with optimal conditions²

COMMUNICATION

I/O ConnectorsTYPE-C connector support USB 2.0
Bluetooth2.1+EDR / 3.0 / 4.1 LE
Wi-Fi802.11 b/g/n
Real time protocolsRTCM 3.x

POWER SUPPLY

BatteryRechargeable 3.8 V - 6120 mAh
Working Time> 10 hours
Charge TimeTypically 4 hours

PHYSICAL SPECIFICATION

Dimensions136 mm x 78 mm x 31 mm
Weight313g
Operating Temperature-40°C to 65°C (-40°F to 149°F)
Storage Temperature-40°C to 80°C (-40°F to 176°F)
Waterproof/DustproofIP67
Shock ResistanceDesigned to endure a 1.2 m drop on concrete floor with no damage

STANDARD ACCESSORIES

Included AccessoriesPower adapter, USB cable, Belt case, Pole mount

OPTIONAL ACCESSORIES

AccessoriesCarbon fiber pole, Telescopic pole, Soft case

1. Accuracy and reliability are generally subject to satellite geometry (DOPs), multipath, atmospheric conditions and obstructions. In static mode they are subject even to occupation times: the longer is the Baseline, the longer must be the occupation time.

2. Varies with the operating environment and with electromagnetic pollution.